Interactive Lessons

Search over 850 fully planned, interactive, differentiated mathematics lessons designed to engage and inspire your students.

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Ages 16 +

Using Integration with Kinematics

Mechanics 1: How to use integration to find the distance travelled by a particle.

Ages 16 +

Maxima and Minima Problems

Mechanics 1: Using calculus to solve maxima and minima problems.

Ages 16 +

Using Differentiation to Model Motion

Mechanics 1: Finding velocity and acceleration as a function of time.

Ages 16 +

Pulleys

Mechanics 1: Describing the motion of two objects connected by a pulley.

Ages 16 +

Connected Particles

Mechanics 1: Appling Newton's third law of motion to connected particles.

Ages 16 +

Motion in Two Dimensions

Mechanics 1: How to model motion in two dimensions using vector notation.

Ages 16 +

Forces and Acceleration

Mechanics 1: Applying Newton's second law of motion.

Ages 16 +

Forces as Vectors

Mechanics 1: Modelling a resultant force as the sum of two or more vectors.

Ages 16 +

Force Diagrams

Mechanics 1: How to draw force diagrams to calculate resultant forces.

Ages 16 +

Constant Acceleration Involving Two Objects

Mechanics 1: Using SUVAT formulae to model the motion of two objects.

Ages 16 +

Constant Acceleration Due to Gravity

Mechanics 1: How to use the SUVAT formulae to model motion under gravity.

Ages 16 +

Constant Acceleration – SUVAT Formulae

Mechanics 1: Deriving and using the five SUVAT formulae.

Ages 16 +

Constant Acceleration Formulae

Mechanics 1: Deriving formulae for final velocity and displacement.

Ages 16 +

Velocity-Time Graphs

Mechanics 1: How to plot and interpret a velocity-time graph

Ages 16 +

Displacement-Time Graphs

Mechanics 1: How to draw and interpret displacement-time graphs.

Ages 16 +

Modelling Motion and Forces with Vectors

How to model motion and forces using vector notation.